Valuation of Biodiversity Benefits (OECD)

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«ENVIRONMENTValuation ofBiodiversi
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ORGANISATION FOR ECONOMIC CO-OPERAT
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TABLE OF CONTENTSPART 1 ...........
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PART 4 ............................
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Why value biodiversity?There are th
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Figure 1.1 Total economic value: us
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from biodiversity at the local leve
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in the database and also for undert
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in the policy context. This is high
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Table 1.3 Policy Options for the Cl
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Box 1.2 Value of Turkey’s Forests
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of the most important implications
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Additionally, valuation does not ju
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value is the habitat, many differen
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are very modest. More recently, new
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Table 2.2 Estimates of the Medicina
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The importance of indirect use valu
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pharmaceutical use, although the li
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McAllister, D., (1991). Estimating
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Simpson, D and Craft, A.. (1996).
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practice, the overlap between these
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aimed at giving more precise quanti
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structural values. There are a numb
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Reid (forthcoming) discusses the po
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Ecotourism as a Way to Generate Loc
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endangered Indian rhino and other t
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ReferencesBann, C., and M. Clemens
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PART 261
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many European countries, CBA has a
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(1) Cost and time constraintsThe co
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activity day, there is greater vari
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added independent variable C s= cha
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error in valuing respiratory sympto
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ReferencesArrow, K.J., R. Solow, E.
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OECD (1995). The Economic Appraisal
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CHAPTER 5:by José Manuel LIMA E SA
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linkages usually lead to diverse co
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A discrete choice approach to quest
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Table 5.2 Model-based point estimat
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is potentially very large for multi
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P3 is already in the mix is 2.51, s
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PART 391
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measures of value. An appendix to t
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features (such as parks, beaches or
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included in cost-benefit analysis o
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A Discussion of Past Efforts to Dev
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Satellite AccountsIn addition to th
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which many people argue are associa
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approach to competing uses of water
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Figure 6.2 Trade-Off AnalysisEnviro
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However, the farmers need not bear
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Appendix 1: Theory and Application
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iwhere C is the income adjustment n
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complete. If there are more than on
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Horowitz, Joel. L. and Jordan. J. L
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CHAPTER 7:by Dennis M. KING and Lis
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Box 7.1 Definition of terms related
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Box 7.2 Categories of Ecosystem Ser
Page 119 and 120: Box 7.4 Dollar-based ecosystem valu
Page 121 and 122: Non-monetary indicators of ecosyste
Page 123 and 124: Figure 7.1 Effects of Wetland Locat
Page 125 and 126: description, and that the usefulnes
Page 127 and 128: 2) Service capacity sub-indexIndica
Page 129 and 130: wetlands, for example, results in F
Page 131 and 132: (1) Functional CapacityIndexFigure
Page 133 and 134: constituents of runoff can be predi
Page 135 and 136: Service(on or off site)Recreational
Page 137 and 138: Table 7.3 Service Risk Sub-index De
Page 139 and 140: Measuring Service Preference Weight
Page 141 and 142: Table 7.4 Illustration of Paired Co
Page 143 and 144: PART 4151
Page 145 and 146: Ecological foundations for biodiver
Page 147 and 148: Phenotic diversity is a measure bas
Page 149 and 150: Operationalisation of the biotic-ri
Page 151 and 152: ten attributes that could score a m
Page 153 and 154: The choice of the scale relates to
Page 155 and 156: Nature measurement methodIn 1995, t
Page 157 and 158: Table 8.4 Value orientations and en
Page 159 and 160: Table 8.5 Identification of monetar
Page 161 and 162: Table 8.6 Valuation studiesSingle s
Page 163 and 164: in waterway systems for nine impact
Page 165 and 166: to other contexts, conditions, loca
Page 167 and 168: ReferencesAkcakaya, H.R. (1994).
Page 169: de Groot, R.S. (1994). “Environme
Page 173 and 174: Turner, R.K., Perrings, C. and Folk
Page 175 and 176: John A. DixonJohn A. Dixon is Lead
Page 177 and 178: Robert O’NeillDr. O’Neill recei
Page 179 and 180: Steven StewartSteven Stewart is Ass
Page 181: OECD PUBLICATIONS, 2, rue André-Pa
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